CN1425548A

CN1425548A - Full automatic hollow container forming machine

Info

Publication number: CN1425548A
Application number: CN 01144196
Authority: CN
Inventors: 蔡桂森
Original assignee: Individual
Current assignee: Individual
Priority date: 2001-12-14
Filing date: 2001-12-14
Publication date: 2003-06-25

Abstract

The fully automatic hollow container forming machine includes frame, pipe blank conveyer on the frame, feeding mechanism, preheating mechanism, stretching mechanism, molding mechanism and discharging mechanism installed successively. The frame has one lower support part and one upper planar parts as well as one lateral extending part for holding the molding mechanism and with one molding operation space. The stretching mechanism has linked cylinder, linked rod and cross beam and is one superior design. The present invention is easy to maintain, regulate and replace mold.

Description

Full-automatic hollow container make-up machine

Technical field

The present invention relates to a kind of full-automatic hollow container make-up machine, specifically pipe is made the plastic processing device of hollow container.

Background technology

Each unit mechanisms all is to be fixed on the frame by operating sequence on the current full-automatic hollow container production line; the production line that has disposes drawing mechanism and clamping frame separately; carry out procedure connection with grasping mechanism and preheating device; this collocation mechanism complexity; thereby the point that easily produces fault is many; floor space is big, and technology and also unreasonable economically.So all adopt a production line now; on the frame plane, arrange each operation; wherein drawing mechanism and clamping are placed between preheating device and the shedding mechanism; for effectively utilizing the space and beautifying monnolithic case; clamping is placed in the plane that frame constitutes, and on upper and lower corresponding support of frame and framework, capping, side is installed opens the door etc. and to constitute supporter, body and casing; so that anti-gray, maintenance and insulation, the plane frame totally can be square or circular or triangle.Therefore, the drawing mechanism of this structure and clamping are owing to the obstruction of frame and each mechanism on every side, and dismounting, maintenance, mold exchange are very inconvenient, have reduced operating efficiency and output.

Full-automatic hollow container make-up machine speed is fast, efficient is high, requires pipe by the operation of feeding mechanism to the base tool, also corresponding employing automatic charging device.Some full-automatic hollow container make-up machine requirement pipe mouth of pipe upwards snaps in the base tool on the chain, because pipe is close to pipe in the feeding device, and certain distance need be arranged between the pipe in the base tool on the chain, pipe and base tool need displacement to plug together, if snap in the position not to or produce deviation and will cause waste product.Chinese patent ZL 0076670.9 " plastic pipe blank heating, drawing, blowing, variable-pitch reclaiming conveyer mechanism " has introduced a kind of by the technical scheme that after the heater heating pipe is transported in the stretch blow machine mould, it also can be used for pipe automatic feed mechanism operation, it drives holder by a pitch-changing mechanism, the holder head is installed clamp, and clamp match with pipe.The displacement backstay is installed between each holder, in the end or on the most last holder connect the reciprocating power device, clamp are more than 2 groups or 3 groups or 3 groups, this technical scheme has solved the problem that displacement is carried, but this device need do about, up and down, seesaw, mechanism is complicated, floor space is bigger, and at clamp is more than 2 groups or 3 groups or 3 groups the time, because the error that the dynamic instability of power set or machinery produce causes pipe can not snap in the base tool exactly totally.

Summary of the invention

The present invention and purpose are to avoid the weak point of prior art existence, provide a kind of structure configuration rationally, and the maintenance of drawing mechanism, clamping is convenient, the easy full-automatic hollow container make-up machine of debugging and mold exchange.

The present invention can realize with following technical scheme; this full-automatic hollow container make-up machine; include frame, have blank conveyer device on the plane frame of central rack, feeding mechanism, preheating device, drawing mechanism, clamping and shedding mechanism also are installed in turn.This plane frame lower has a support section and is positioned at this body part above support section.Self-supporting part and body part one epitaxial lateral overgrowth stretch out one first extension, in order to clamping to be installed.Support section in abutting connection with this first extension homonymy has inside recess, forms a space that holds Mould operation.

The present invention also has following attached technical characterictic, in the support section bottom of described recess, at the first extension homonymy, extends outward second extension.

In the support section bottom of described recess,, be provided with a moveable cart at the first extension homonymy.

Drawing mechanism is sealing cylinder and the interlock cylinder that makes up mutually of inflation cylinder, and the inflation piston rod of inflation cylinder passes the piston rod center of sealing of sealing cylinder, inflation piston rod and sealing cylinder, seals that device has sealing ring between piston rod.The inflation piston upper end of each interlock cylinder of multistation stretching mechanism has all extended upward gangbar, and each gangbar and a crossbeam are fixed, and gangbar is passed inflation cylinder end face place closed-loop is installed.

Electric device, power set and linkage thereof that conveying mechanism power is provided are installed in body part, also dispose and electric power, power and supporting lead and the pipeline of linkage thereof.

The blank conveyer device of this full-automatic hollow container make-up machine comprises ring-like driving chain, and the base tool is installed on the chain, chain and a plurality of sprocket engagement, and one of them sprocket wheel is connected with rotating shaft.Also be provided with a pipe blank automatic feeding device, be that blank conveyer device carries pipe, the pipe feeding device comprises with the coaxial pipe that is installed in the sprocket wheel below of sprocket wheel and divides baffle plate and the top blank plate below pipe divides baffle plate.Be provided with the shifting block of expandable along pipe with dividing baffle plate circumferencial direction equal angles, also be provided with and the vertical corresponding elevating lever of shifting block, elevating lever can vertically be slidably mounted on the top blank plate.The elevating lever below is provided with second lobe plate in addition.Divide baffle plate to match with pipe and establish a pipe slideway, the pipe slideway has the inducer and an arc coasting-flight phase of inclination, at the other pipe locking plate of establishing of the joining place of inducer and coasting-flight phase.When shifting block, coasting-flight phase, elevating lever and second lobe plate, with the central vertical of base tool to timing, carry out pipe and the base tool plugs together operation.

Described shifting block outer end is for being shift fork, and shift fork has the arcuate structure that matches with the pipe mouth, and the dead slot that shift fork forms matches with the coasting-flight phase of pipe slideway.One arbor wheel is installed on the shifting block, fix one first lobe plate on the frame, arbor wheel rolls with first lobe plate and cooperates, thereby it is flexible in the radially set chute of minute baffle plate to drive shifting block, the nearly central segment of chute is a cavity, in adorn a spring, both ends of the spring leans at shifting block inner face and chute cavity inner face.

The inducer of described pipe slideway and the joining place of coasting-flight phase form a bent angle, and it is circular-arc that coasting-flight phase is, and be consistent with the shifting block movement locus, and described locking plate is a reed.

Be with stage clip between described elevating lever lower end and the top blank plate.The elevating lever upper surface is shaped on and the pit that matches at the bottom of the pipe.

A pulley is equipped with in described elevating lever lower end, and the second lobe plate upper surface is a curved surface, and pulley rolls along this curved surface, and the second lobe plate side is circular-arc, and is consistent with the shifting block movement locus.

Described base tool bottom is a blank-inserting head, and blank-inserting head is a hollow structure, and its outer wall has circumferential groove, the cylindrical spring coil of the built-in fracture of groove, and the spring coil external diameter is slightly larger than the pipe internal diameter.Outside at outer wall also is provided with overcoat, and its height forms narrow orifice less than blank-inserting head between overcoat and outer wall, and the narrow orifice width matches with pipe mouth thickness, and narrow orifice top is equipped with sealing gasket.

Described shedding mechanism is for being fixed on the frame, and be positioned at two seesaws of conveying device both sides, can be inserted in the both sides of hollow container bottleneck respectively, the hollow container of the last warping of seesaw on the conveying device, last warping is higher than the back-up ring of hollow container, following warping is lower than the back-up ring of hollow container mouth, and two seesaw spacings are slightly less than the back-up ring diameter of hollow container, is wider than hollow container screw thread mouth external diameter.

A pipe limiting plate that has equal length and curvature with the coasting-flight phase of pipe slideway is established in pipe slideway below, and limiting plate matches with the pipe lateral wall, keeps to align pit bottom the pipe.

The present invention has following advantage compared to existing technology: this full-automatic hollow container make-up machine is inside recess below support section that frame constitutes and body part extend laterally first extension and homonymy self-supporting part; each structure member that makes clamping is to greatest extent near operating personnel; but the operating space increases, and maintenance, adjusting process or transposing mould are very convenient.Second extension of being adopted or moveable cart structure make the technical program more perfect.

Pipe blank automatic feeding device of the present invention, have with blank conveyer device synchronous operated, be provided with the branch baffle plate and the top blank plate of shifting block, and cooperate with pipe slideway, elevating lever and second lobe plate, when pipe plugs together the base tool, vertical corresponding up and down, the raw material pipe can be properly inserted on the base tool blank-inserting head on the conveying device by technological requirement, it is little to have solved in the feeding mechanism between pipe distance, the big pipe blanking transmission problem of adjacent pipe distance on the base tool.Additionaling power is not simple in structure, and running is reliable, has reduced percent defective.Spring coil, overcoat on the base tool blank-inserting head wall, and gasket structure have guaranteed that pipe plugs together smoothly, have also guaranteed the requirement of stretching process to sealing simultaneously, and be simple and easy to do.This pipe blank automatic feeding device also adapts to the pipe charging of the full-automatic hollow container make-up machine of multistation and carries requirement.Thereby this full-automatic hollow container make-up machine is compared existing machinery of the same type and can be saved time, and reduces labour intensity, raises the efficiency, thereby has reduced product cost.

Description of drawings

Fig. 1 overlooks sketch plan for the master operation configuration on the full-automatic hollow plastic make-up machine plane frame in the prior art;

Fig. 2 is the schematic perspective view of frame and the stretching that is installed on it, clamping;

Fig. 3 is the full-automatic hollow container make-up machine schematic diagram with support section, body part, first extension and recess of the present invention;

Fig. 4 full-automatic hollow container make-up machine schematic diagram with support section, body part, first extension, second extension and recess of the present invention;

Fig. 5 is moveable cart and general structure relation diagram;

Fig. 6 is the interlock air cylinder structure in the drawing mechanism;

The front view of Fig. 7 pipe blank automatic feeding device general structure of the present invention;

Fig. 8 is for dividing the baffle plate front view, and wherein chain-dotted line is depicted as the position view of pipe slideway, first lobe plate;

Fig. 9 is for dividing the baffle plate sectional view, and wherein chain-dotted line is depicted as the position view of pipe slideway, shift fork relevant position and first lobe plate;

Figure 10 is a pipe slideway component diagram, and wherein chain-dotted line is the signal of pipe at inducer and coasting-flight phase place;

Figure 11 guide plate diagram;

Figure 12 top blank plate component diagram;

Figure 13 is the second lobe plate parts vertical view;

Figure 14 is the second lobe plate parts front view;

Figure 15 is the blank-inserting head structure chart;

Figure 16 is the shedding mechanism schematic diagram.

The specific embodiment

Each parts of full-automatic hollow container make-up machine all are positioned on the plane frame 5; see illustrated in figures 1 and 2; the pipe conveying mechanism is pressed pipe feeding mechanism 9, pipe preheating device 91, drawing mechanism 92, clamping 93 and the running of shedding mechanism 7 operations, is driven by power set.Frame 5 can be designed to strip, i.e. two ends on the place bar shaped frame 5, and each is driven conveying mechanism by a runner engagement, and this designs whole floor space for minimum.In addition, frame also comprises the stand 57 of supporting plane frame 5, and frame 5 tops in plane constitute the frame of framework 58, and device has sidewall and roof on each frame of appearance, thus the body part 52 on formation machine 5 tops, plane and following support section 51.Homonymy at support section 51 and body part 52 is provided with outward extending first extension 53; install and the supporting clamping of drawing mechanism on the frame in this part; in addition in the same side; 53 next doors, first extension; support section 51 below the shedding mechanism 7; inside recessed formation recess 54, general indentation distance is equivalent to the conveying mechanism width and gets final product, and said structure is seen Fig. 3.This structure mainly is to consider to enlarge the external developed surface of drawing mechanism and clamping, helps operation and maintenance, more shows its superiority especially when more mold exchange needs heavy manual labor.

As recess 54 below, at first extension, 53 homonymies, extend outward second extension 55 by support section 51, see Fig. 4, or in moveable cart 56 of this position outfit, then do not influencing under above-mentioned first extension 53 and the recess 54 superiority situations, can help the discharging operation.56 of moveable cart are flexible especially, not only can make the work table top but also can be used as product box blown hollow container is discharged in the moveable cart 56 pushes away away.Also can push out when maintenance, enlarge the maintenance and the operating surface of drawing mechanism and clamping, this structural representation is in Fig. 5.

The present invention when using interlock cylinder 6, more can adapt to full-automatic hollow container make-up machine efficiently, requirement fast.See Fig. 6, will inflate cylinder 62 and be fixed on sealing cylinder 61 tops, constitute the interlock cylinder 6 of one.At this moment, inflation piston rod 66 passes through from the center of sealing piston rod 67, inflation piston rod 66 with seal 67 in piston rod, inflate 61 of piston rod 66 and sealing cylinders and sealed with sealing ring 63 or other sealing means.When adopting the multi-station pull stretching process, a plurality of sealing cylinders 61 and a plurality of inflation cylinder 62 are synchronously essential, the simultaneously operating of prior art is often broken down because of the influence of machinery or process conditions, a gangbar 64 is all fixed on the top of the inflation piston in each inflation cylinder 62 for this reason, gangbar 64 and 62 in cylinder of inflation also seal with closed-loop 68 or other modes, again each gangbar 64 upper end is fixed together with crossbeam 65, make not being affected by other factors synchronously of inflation piston, reduced the percent defective of blowing hollow container goods.

In prior art shown in Figure 1 in the full-automatic hollow container make-up machine; pipe is in pipe feeding mechanism 9 lower ends are sent to base tool 8 on blank conveyer device 1 chain 11; the conveying device band pipe and is entered preheating device 91 then; heated pipe drawn mechanism 92 and clamping 93 are blow molded into hollow container, after shedding mechanism 7 unloads product.Its chain 11 is meshed with sprocket wheel 12 and turns to via sprocket wheel 12, chain 11 can with two or more sprocket engagement, generally by a sprocket wheel as drive sprocket, the set sprocket wheel 12 of the present invention can be drive sprocket and also can be by movable sprocket.Pipe blank automatic feeding device cooperates with feeding mechanism 9 lower ends and sprocket wheel 12, and the position that cooperatively interacts should be positioned at chain 11 and sprocket wheel 12 engagement positions, and Fig. 7 shows a wherein embodiment.Below sprocket wheel 12, install a branch baffle plate 2 with sprocket wheel 12 synchronous rotating operations additional, under the cooperation of pipe slideway 3, the pipe that nestles mutually in the feeding mechanism 9 is dialled in the coasting-flight phase 32 of pipe slideway 3 and separated the pipe spacing through pipe slideway 3 inducers 31, place blank-inserting head 83 central lower of base tool 8 exactly.Pipe slideway 3 belows dispose synchronous operation, are installed on the top blank plate 42, but and the push pipe base elevating lever 4 of vertical lift, the pipe bottom on the pipe slideway 3.Below elevating lever 4, dispose second lobe plate 41.When pipe plugs together base tool 8, divide 46 places, inclined-plane of shifting block 21, pipe slideway 3 coasting-flight phases 32 openings, push pipe base elevating lever 4 and second lobe plate 41 on the baffle plate 2 to align vertically, finish the operation of intubate base during 46 most significant ends to the inclined-plane.For guaranteeing to divide the synchronous of baffle plate 2, top blank plate 42 and sprocket wheel 12, they are assemblied in the same rotating shaft 13.

One of concrete structure that divides baffle plate 2 is routine to be provided by Fig. 8 and 9, on minute baffle plate 2 circumference, a plurality of shifting blocks 21 are installed to equal angles, can steadily stir pipe for making shifting block 21, shifting block 21 stretches out the outer end of branch baffle plate 2 and makes the shift fork 24 of being with inside groove, on shift fork 24 vertical direction, has the back-up ring arcuate structure that about in the of 74 match in the position with pipe diameter maximum.In the inside groove that pipe slideway 3 coasting-flight phases 32 horizontal arrangement form between two shift forks 24.Shifting block 21 middle parts are equipped with arbor wheel 25, arbor wheel 25 rolls with first lobe plate 22 on being fixed on frame and cooperates, divide on the baffle plate 2 and be shaped on radial groove, make shifting block 21 flexible in radial groove, chute is being a cavity near the center of rotation place, device one spring 26 in the cavity, spring 26 two ends lean in the inner of shifting block 21 and the inner of chute.Shifting block 21 should be corresponding one by one with base tool 8 positions of engagement on the sprocket wheel 12.When shifting block 21 rotates bottom the pipe that touches pipe slideway 3 joining places 35, just this pipe is dialled from locking plate 33 and pushed in the coasting-flight phase 32 of slideway, pipe will slide on coasting-flight phase 32 with shifting block 21, this moment, the pipe mouth was all the time over against blank-inserting head 83, at the bottom of the pipe over against elevating lever 4.After pipe normally is inserted into base tool 8, when chain 11 leaves sprocket wheel 12, arbor wheel 25 on the shifting block 21 begins to roll on first lobe plate 22, under the 22 curved surface effects of first lobe plate, shifting block 21 gradually reduces spring 26 simultaneously to sprocket wheel 12 center indentations, make shifting block 21 continue not influence the upright position of pipe in the moving process at chain 11.When the arbor wheel 25 on the shifting block 21 left cam, shifting block 21 reached the normal position fully.

Figure 10 is pipe slideway 3 diagrams, and the inducer 31 and the feeding mechanism 9 lower end blanking ports of pipe slideway 3 are kissed mutually and connect, and feeding mechanism 9 lower ends are generally incline structure, and inducer 31 is also made skewed.Set inducer 31 is communicated with coasting-flight phase 32, its A/F is less than the diameter of back-up ring 74, greater than the diameter of pipe body, make pipe slide against inducer 31 and above the coasting-flight phase 32, the back-up ring 74 of pipe promptly is the round platform diameter that is positioned at the maximum gauge of pipe screw thread bottleneck bottom on the pipe.Its inducer 31 forms a bent angle with coasting-flight phase 32 joining places 35, and coasting-flight phase 32 is circular-arc, and the circular arc radian is identical with the circular motion track of shifting block 21.For making a shifting block 21 only can dial away a pipe, establish a pipe locking plate 33 of making by reed at joining place 35 avris.Pipe can produce under centrifugal action when sprocket wheel 12 rotates, for this reason, pipe slideway 3 belows establish one as shown in figure 11, the pipe guide plate 34 that has equal length and curvature with the coasting-flight phase 32 of pipe slideway 3, guide plate 34 matches with the pipe lateral wall, sets upright pipe and makes its maintenance plumbness and align pit 44.

Top blank plate 42 structures are seen Figure 12, are shaped on circular hole under corresponding shift fork 24 arcuation centers, the built-in liftable elevating lever 4 of circular hole, and elevating lever 4 is corresponding one by one up and down with shifting block 21, and the height of its circular hole should be able to keep the perpendicularity of elevating lever 4.The upper surface of elevating lever 4 is shaped on the pit 44 that matches with hemisphere face at the bottom of the pipe, so that reliable and stable during the base of top.Cover one stage clip 43 between the lower end of elevating lever 4 and the top blank plate 42, elevating lever 4 is in extreme lower position when keeping non-push pipe base.In elevating lever 4 bottoms one fixed axis is set again, pulley 45 is installed on the fixed axis, cooperate so that roll with second lobe plate 41.Overlooking and facing of second lobe plate 41 illustrated as Figure 13,14, end face is the curved surface or the inclined-plane 46 of a slyness, naturally form high-end and low side, when sliding thereon, just elevating lever 4 can be raised or reduces by pulley 45,46 most significant end places finish and plug together the pipe operation on the inclined-plane, pulley 45 descends after slipping over second lobe plate, 41 peaks immediately, makes elevating lever 4 break away from pipe.Second lobe plate 41 is fixed on the frame, and for making the vertical corresponding shifting block 21 of inclined-plane 46 energy, cambered surface is made in its side, and its radian is identical with shifting block 21 circular motion tracks.Can adjust the height of elevating lever 4 and top blank plate 42 installations according to pipe length, or adopt the structure of adjusting height automatically, be known by those skilled in the art so no longer narrate because of it.

Base tool of the present invention 8 belows are provided with blank-inserting head 83, adopt Figure 15 structure, blank-inserting head 83 outer walls have circumferential groove, the spring coil 81 that the helical spring of the built-in fracture of groove is made, spring coil 81 external diameters are slightly larger than the pipe internal diameter, thus the fixing pipe of the expansive force that pipe can be inserted blank-inserting head 83 and use spring coil 81.Also be provided with overcoat 82 in blank-inserting head 83 outsides, its height is less than the height of blank-inserting head 83 outer walls, form narrow orifice 84 between the overcoat 82 of blank-inserting head 83 and outer wall, narrow orifice 84 width match with pipe mouth thickness, blank-inserting head 83 can firmly clamp pipe after inserting pipe, narrow orifice 84 tops are equipped with sealing gasket 85 so that adapt to the requirement of the sealing that stretches, and also play the effect that buffering is inserted the base pipe.

Said structure has also brought convenience to discharging, as seen Figure 16, shedding mechanism 7 is fixed on the frame 5, and it is made of two seesaws 71 that are positioned at the conveying device both sides, also can have two seesaws 71 that stick up wing with one and make, two stick up the both sides that wing places the hollow container bottleneck respectively.Two seesaws, 71 spacings are slightly less than back-up ring 74 diameters of the hollow container that is drawn into, and are wider than hollow container screw thread mouth external diameter.The last warping 72 of seesaw 71 hollow container mouth on the conveying device, last warping 72 is higher than the back-up ring 74 of hollow container, and 73 ones of following warpings are lower than the back-up ring 74 of hollow container mouth.When conveying device was moved, the hollow container mouth slided into seesaw 71 and upwarps in the parts, and the back-up ring 74 on the pipe is subjected to the tilting downward thrust that goes up warping 72, made hollow container break away from blank-inserting head 83 and spring coil 81, had also promptly broken away from conveying device.

When using this pipe blank automatic feeding device, the pipe mouth of pipe upwards slips into the inducer 31 of pipe slideway 3 downwards from the blanking port open channel of feeding mechanism 9, be arranged in locking plate 33 positions of joining place 35, forward joining place 35 to angle of bend when a shifting block 21, shifting block 21 is pushed coasting-flight phase 32 openings that locking plate 33 is brought pipe slideway 3 into aside with a pipe, and pipe is hung on coasting-flight phase 32 openings, to be subjected to setting upright of guide plate 34 when pipe slides, the extruding that feeding mechanism 9 this moment pipe bottom is subjected to the top pipe abuts against again on the locking plate 33.

When conveying device at run duration since top blank plate 42 with divide baffle plate 2 synchronous operations, vertical direction has an elevating lever 4 to cooperate with shifting block 21 under the pipe.When 4 times head sheaves 45 of elevating lever are run into second lobe plate 41 and are rolled thereon, elevating lever 4 will raise gradually with second lobe plate, 41 inclined-planes 46, blank-inserting head 83 directly over pipe will stretch into gradually, when pipe plugs together, the pipe mouth slips into blank-inserting head 83 earlier and pushes spring coil 81 then, be pressed in the groove, spring coil 81 also expands pipe live.Pipe rises again, and the pipe mouth just is inserted in the narrow orifice 84 between overcoat 82 and blank-inserting head 83 outer walls, and when peaking, pipe is headed into fully and firmly is stuck in the blank-inserting head 83 of base tool 8 bottoms, leans against on the sealing gasket 85.After finishing the operation of intubate base, pulley 45 leaves second lobe plate, 41 inclined-planes 46, and elevating lever 4 falls under stage clip 43 effects.When pipe arrives chain 11 and sprocket wheel 12 end of engagement places, first lobe plate 22 begins to lean arbor wheel 25 and drives shifting block 21 retractions and divides baffle plate 2 chutes, does not influence the straight line stable motion that pipe leaves the engagement place.After arbor wheel 25 left first lobe plate 22, shifting block 21 recovered normal, prepares next-step operation, and pipe automatic charging operation is finished.When the pipe drawn mechanism 92 of heating with after clamping 93 is blow molded into hollow container, hollow container enters shedding mechanism 7, and the back-up ring 74 of hollow container mouth pushes away for 72 times under the effect at last warping, and hollow container falls into the container collecting box.

Other mechanism's operation processes of the present invention are same as the prior art, repeat no more.

Claims

1, a kind of full-automatic hollow container make-up machine, include frame, has blank conveyer device (1) on the plane frame (5) of central rack, feeding mechanism (9) also is installed in turn, preheating device (91), drawing mechanism (92), clamping (93) and shedding mechanism (7), this plane frame (5) bottom has a support section (51) and is positioned at the top body part (52) of this support section (51), it is characterized in that self-supporting part (51) and body part (52) one epitaxial lateral overgrowths stretch out one first extension (53), in order to clamping (93) to be installed; Support section (51) in abutting connection with this first extension (53) homonymy has inside recess (54), forms a space that holds Mould operation.

2, the full-automatic hollow container make-up machine according to claim 1 is characterized in that support section (51) bottom in described recess (54), at first extension (53) homonymy, extends outward second extension (55).

3, the full-automatic hollow container make-up machine according to claim 1 is characterized in that support section (51) bottom in described recess (54), at first extension (53) homonymy, is provided with a moveable cart (56).

4, the full-automatic hollow container make-up machine according to claim 1, it is characterized in that the interlock cylinder (6) of drawing mechanism (92) for sealing cylinder (61) and the mutual combination of inflation cylinder (62), the inflation piston rod (66) of inflation cylinder (62) passes piston rod (67) center of sealing of sealing cylinder (61), inflation piston rod (66) and sealing cylinder (61), seals that device has sealing ring (63) between piston rod (67).

5, the full-automatic hollow container make-up machine according to claim 4, the inflation piston upper end that it is characterized in that each interlock cylinder (6) of multistation stretching mechanism (92), all extended upward gangbar (64), each gangbar (64) is fixing with a crossbeam (65), and gangbar (64) is passed inflation cylinder (62) end face place closed-loop (68) is installed.

6, the full-automatic hollow container make-up machine according to claim 1, it is characterized in that electric device, power set and the linkage thereof that conveying mechanism power is provided is installed in body part (52), also dispose and electric power, power and supporting lead and the pipeline of linkage thereof.

7, the full-automatic hollow container make-up machine according to claim 1, blank conveyer device (1) comprises ring-like driving chain (11), base tool (8) is installed on the chain (11), chain (11) and a plurality of sprocket engagement, one of them sprocket wheel (12) is connected with rotating shaft (13), it is characterized in that also being provided with a pipe blank automatic feeding device, for blank conveyer device (1) is carried pipe, the pipe feeding device comprises and the coaxial pipe that is installed in sprocket wheel (12) below of sprocket wheel (12) divides baffle plate (2) and the top blank plate (42) below pipe divides baffle plate (2); Be provided with the shifting block (21) of expandable along pipe with dividing baffle plate (2) circumferencial direction equal angles, also be provided with and the vertical corresponding elevating lever of shifting block (21) (4), elevating lever (4) can vertically be slidably mounted on the top blank plate (42); Elevating lever (4) below is provided with second lobe plate (41) in addition; Divide baffle plate (2) to match with pipe and establish a pipe slideway (3), pipe slideway (3) has the inducer (31) and an arc coasting-flight phase (32) of inclination, at the other pipe locking plate (33) of establishing of the inducer (31) and the joining place (35) of coasting-flight phase (32); When shifting block (21), coasting-flight phase (32), elevating lever (4) and second lobe plate (41), with the central vertical of base tool (8) to timing, carry out pipe and base tool (8) plugs together operation.

8, the full-automatic hollow container make-up machine according to claim 7, it is characterized in that described shifting block (21) outer end is for being shift fork (24), shift fork (24) has the arcuate structure that matches with the pipe mouth, and the dead slot that shift fork (24) forms matches with the coasting-flight phase (32) of pipe slideway (3); Shifting block (21) is gone up an arbor wheel (25) is installed, fix one first lobe plate (22) on the frame, arbor wheel (25) rolls with first lobe plate (22) and cooperates, thereby it is flexible in the radially set chute of a minute baffle plate (2) to drive shifting block (21), the nearly central segment of chute is a cavity, in adorn a spring (26), spring (26) two ends lean at shifting block (21) inner face and chute cavity inner face.

9, the full-automatic hollow container make-up machine according to claim 7, it is characterized in that the inducer (31) of described pipe slideway and joining place (35) formation one bent angle of coasting-flight phase (32), coasting-flight phase (32) is circular-arc, consistent with shifting block (21) movement locus, described locking plate (33) is a reed.

10, the full-automatic hollow container make-up machine according to claim 7 is characterized in that being with stage clip (43) between described elevating lever (4) lower end and the top blank plate (42); Elevating lever (4) upper surface is shaped on and the pit that matches at the bottom of the pipe (44).

11, according to claim 7 or 10 described full-automatic hollow container make-up machines, it is characterized in that described elevating lever (4) lower end is equipped with a pulley (45), second lobe plate (41) upper surface is curved surface (46), pulley (45) rolls along this curved surface (46), second lobe plate (41) side is circular-arc, and is consistent with shifting block (21) movement locus.

12, the full-automatic hollow container make-up machine according to claim 7, it is characterized in that described base tool (8) bottom is blank-inserting head (83), blank-inserting head (83) is a hollow structure, its outer wall has circumferential groove, the cylindrical spring coil (81) of the built-in fracture of groove, spring coil (8 1) external diameter is slightly larger than the pipe internal diameter; Also be provided with overcoat (82) in the outside of outer wall, its height forms narrow orifice (84) less than blank-inserting head (83) between overcoat (82) and outer wall, and narrow orifice (84) width matches with pipe mouth thickness, and narrow orifice (84) top is equipped with sealing gasket (85).

13, the full-automatic hollow container make-up machine according to claim 7, it is characterized in that described shedding mechanism (7) is for being fixed on the frame (5), and be positioned at two seesaws (71) of conveying device both sides, can be inserted in the both sides of hollow container bottleneck respectively, the hollow container of the last warping (72) of seesaw (71) on the conveying device, last warping (72) is higher than the back-up ring (74) of hollow container, following warping (73) is lower than the back-up ring (74) of hollow container mouth, two seesaws (71) spacing is slightly less than back-up ring (74) diameter of hollow container, is wider than hollow container screw thread mouth external diameter.

14, according to the full-automatic hollow container make-up machine of claim described 7, it is characterized in that pipe slideway (3) below establishes a pipe limiting plate (34) that has equal length and curvature with the coasting-flight phase (32) of pipe slideway (3), limiting plate (34) matches with the pipe lateral wall, keeps the pipe bottom and aligns pit (44).